I want to implement charging and discharging of 48V lead-acid batteries used in light electric vehicles (2-wheelers, 3-wheelers) using CC-CV-FLOAT mode
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I need to develop a model for 48V lead-acid battery charging using CC-CV-FLOAT algorithm with accurate time estimation for both charging and discharging cycles.
Requirements:
- CC-CV-FLOAT charging implementation
- Charging/discharging time calculation
- Battery behavior modeling
- Performance visualization
Now,
- What's the best approach to model lead-acid battery dynamics in MATLAB/SIMULINK?
- How to implement CC-CV-FLOAT state transitions effectively?
- Which parameters are critical for accurate time estimation?
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Javier Gazzarri
2025-7-8
Hello Sanjid, thank you for your question.
Here is an example of a system that uses a PbA battery model autoElectrical
I recommend you use Simscape to create an equivalent circuit that captures all the electrochemical effects that you need and at the same time gives you adequate fidelity.
Stateflow is a great tool to model state transitions such as the ones you mention above.
Regarding parameters, I would at least consider OCV, internal resistance, dynamic resistance, self-discharge, and the Peukert effect, and all of these should depend on temperature using lookup tables.
Please let me know if this helps.
Best regards,
Javier
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